September 11, 2013: Congratulations to UIC CS Prof. Isabel Cruz and her highly interdisciplinary team on receiving a $600,000 NSF grant from the Cyber-Enabled Sustainability Science and Engineering (CyberSEES) program entitled "Data Integration for Urban Metabolism"

Congratulations to UIC Computer Science Professor Isabel Cruz and her highly interdisciplinary team on receiving a new $600,000, National Science Foundation grant from the Cyber-Enabled Sustainability Science and Engineering (CyberSEES) program for 24 months beginning October 1, 2013, entitled "Data Integration for Urban Metabolism."

The CyberSEES program was extremely competitive with 202 proposals submitted and between 12 and 20 awards made.

Seed funding for the research that led to this award was provided by a UIC Area of Excellence Award: Building Urban Resilience and Sustainability (BURST): Integrating Adaptive Infrastructure Systems with Institutional and Ecological Functions (PIs: Thomas Theis and Isabel Cruz) Activities funded by that award included the International Symposium on the Design of Urban Systems of the Future (May 2013).

Co-PIs:

Thomas Theis, Director UIC Institute for Environmental Science and Policy
Ning Ai, Urban Planning and Policy
Sybil Derrible, Civil Engineering
Samuel Dorevitch, MD, Environmental and Occupational Health Sciences, SPH

Senior Personnel:
Cindy Klein-Banai, Associate Chancellor for Sustainability

Abstract:

Urban metabolism (UM) is a term that captures the essential functions of cities and their inhabitants: flows and transformations of materials and energy, the movement of people, commerce, the creation of capital, the maintenance and renewal of facilities, and the generation and use of services. In order to study UM, large amounts of heterogeneous data need to be accessed, integrated, and analyzed. This project will investigate the feasibility of a framework for UM that encompasses: (1) The application of appropriate metrics to UM trends to establish whether regime shifts are indicative of greater or lesser sustainable urban states; (2) The identification and integration of disaggregated data for the inputs and outputs of urban systems through their life cycle stages and at various geographic scales.

The interdisciplinary team consists of six investigators (a computer scientist, a civil engineer, an urban planner, an environmental engineer, a medical doctor, and a public health scientist) and of four international collaborators (three computer scientists and one environmental engineer). Broader impacts include providing unique opportunities to educate students in the analysis and design of sustainable urban regions in a variety of socio-cultural contexts. Further, by revealing the connections between physical flows and environmental, social, health, and economic impacts, this research aims to demonstrate the critical need of an integrated systems approach to urban planning, instead of focusing on the end-of-pipe and post-crisis management, as the current paradigm.